Overview
P.E. PENAS GRANDES is an operational onshore wind farm in Spain with a capacity of 14.4 MW, owned by GALICIA VENTO S.L. It contributes to Spain's renewable energy goals under the EU Renewable Energy Directive.
P.E. PENAS GRANDES is an onshore wind farm located in Spain, owned and operated by GALICIA VENTO S.L. The facility has a capacity of 14.4 MW, positioning it as a small- to medium-scale wind energy project within the Spanish renewable energy landscape. The wind farm operates under Spain's regulatory framework, which aligns with the EU Renewable Energy Directive III (2023/2413) targeting 42.5% renewable energy by 2030. Spain has implemented supportive policies including feed-in tariffs and grid connection priority for renewables, facilitating projects like P.E. PENAS GRANDES. As a wind energy facility, P.E. PENAS GRANDES contributes to reducing carbon emissions and diversifying Spain's energy mix. Its operational status ensures ongoing generation of clean electricity, supporting local grid stability and regional energy transition efforts.
Environmental context
Wind farms like P.E. PENAS GRANDES can have visual impacts on landscapes and potential effects on bird and bat populations. In Spain, environmental assessments are required to mitigate these impacts. The facility's location in Galicia, a region with strong wind resources, supports efficient energy generation while balancing ecological considerations.
Frequently asked questions
P.E. PENAS GRANDES is an onshore wind farm located in Spain, with coordinates approximately 42.4667° N, -8.4667° W.
P.E. PENAS GRANDES has a capacity of 14.4 MW, making it a small- to medium-scale wind farm in Spain.
P.E. PENAS GRANDES is owned by GALICIA VENTO S.L., a company based in Spain.
Spain's renewable energy sector is governed by the EU Renewable Energy Directive III, which sets a 42.5% renewable target by 2030. National policies include feed-in tariffs and grid connection priority for renewables.
Onshore wind farms in Spain undergo environmental impact assessments to address visual impacts, bird and bat collisions, and land use. Mitigation measures are often required to minimize ecological effects.